A methodology for estimating execution times of IO traces in SSDs: student research abstract. - Yoonsuk Kang (SAC, 2016)

The uFLIP benchmark revisited for evaluating SSDs. - Yoonsuk Kang; Yong-Yeon Jo; Jaehyuk Cha; Sang-Wook Kim; Youngkyun Shin (Int. J. Commun. Syst., 2016)

A Framework for Estimating Execution Times of IO Traces on SSDs. - Yoonsuk Kang; Yong-Yeon Jo; Jaehyuk Cha; Wan D. Bae; Sang-Wook Kim (CIKM, 2017)

CR-Graph: Community Reinforcement for Accurate Community Detection. - Yoonsuk Kang; Jun Seok Lee; Won-Yong Shin; Sang-Wook Kim (CIKM, 2020)

Adversarial Learning of Balanced Triangles for Accurate Community Detection on Signed Networks. - Yoonsuk Kang; Woncheol Lee; Yeon-Chang Lee; Kyungsik Han; Sang-Wook Kim (ICDM, 2021)

${ sf FORESEE}$FORESEE: An Effective and Efficient Framework for Estimating the Execution Times of IO Traces on the SSD. - Yoonsuk Kang; Yong-Yeon Jo; Jaehyuk Cha; Wan D. Bae; Wonjun Lee 001; Sang-Wook Kim (IEEE Trans. Computers, 2021)

Community reinforcement: An effective and efficient preprocessing method for accurate community detection. - Yoonsuk Kang; Jun Seok Lee; Won-Yong Shin; Sang-Wook Kim (Knowl. Based Syst., 2022)

A Framework for Accurate Community Detection on Signed Networks Using Adversarial Learning. - David Y. Kang; Woncheol Lee; Yeon-Chang Lee; Kyungsik Han; Sang-Wook Kim (IEEE Trans. Knowl. Data Eng., 2023)

Low Mileage, High Fidelity: Evaluating Hypergraph Expansion Methods by Quantifying the Information Loss. - David Y. Kang; Qiaozhu Mei; Sang-Wook Kim (WWW, 2024)

Trustworthiness-Driven Graph Convolutional Networks for Signed Network Embedding. - Min-Jeong Kim; Yeon-Chang Lee; David Y. Kang; Sang-Wook Kim (ACM Trans. Knowl. Discov. Data, 2024)

Improving the Accuracy of Community Detection on Signed Networks via Community Refinement and Contrastive Learning. - Hyunuk Shin; Hojin Kim; Chanyoung Lee; Yeon-Chang Lee; David Yoon Suk Kang (WWW, 2026)

Revisiting Clique and Star Expansions in Hypergraph Representation Learning: Observations, Problems, and Solutions. - David Yoon Suk Kang; Eujeanne Kim; Kyungsik Han; Sang-Wook Kim (IEEE Access, 2026)

Tri-UNetX: Tri-plane UNet with xLSTM for 3D cell segmentation. - Linh Trung Le; Yoonsuk Kang; Jordan Daniel Joshua; The Van Le; Tanveer Teranikar; Juhyun Lee; Jin Young Lee (Image Vis. Comput., 2026)

Anchored Alignment: Preventing Positional Collapse in Multimodal Recommender Systems. - Yonghun Jeong; David Yoon Suk Kang; Yeon-Chang Lee (CoRR, 2026)